APPENDICIES A 1 –

Transcription

APPENDICIES A 1 –

APPENDICIES
APPENDIX 1 – RADIATION CONTROL COMMITTEE FUNCTIONS
APPENDIX 2 – OPERATING PROCEDURES FOR REVIEW OF PROPOSALS
APPENDIX 3 – RC1-TRAINING & EXPERIENCE OF AUTHORIZED USER
APPENDIX 4 – RESEARCH INVOLVING: RADIOACTIVE MATERIALS, RADIATION
RODUCING MACHINES OR LASERS SAFETY CLEARANCE
APPENDIX 5 – RC2-APPLICATION FOR RADIONUCLIDE PROCUREMENT
APPENDIX 6 – RADIOACTIVE MATERIAL USE RECORD
APPENDIX 7 – BADGE REQUEST FORM
APPENDIX 8 – PREGNANCY DECLARATION BY A PREGNANT WOMAN WORKER
APPENDIX 9 – WITHDRAWING A PREGNANCY DECLARATION
APPENDIX 10 – AIR CONCENTRATION LIMIT TABLE
APPENDIX 11- SURVEY AND MONITORING PROCEDURES
APPENDIX 12- SAMPLE RADIATION SURVEY USING RATE METER
Appendix 13- Sample Radiation Survey Using Rate Scaler
APPENDIX 14- WASTE PICK-UP REQUEST FORM
Appendix 15- Application for Sealed Source Procurement
Appendix 16- Application for Radiation Machine Procurement
APPENDIX 17- RESPIRATORY PROTECTION PROGRAM
APPENDIX 18- EMERGENCY RESPONSE PLAN
APPENDIX 19- POINT SYSTEM
Appendix 1
University Radiation Control Committee (RCC) Functions
Policy
The Radiation Control Committee (RCC), a Standing Committee at Florida International University
("University") is the governing body for all aspects of radiation protection within the University,
including all affiliated research, clinical, instructional and service units utilizing radiation sources in
facilities owned or controlled by the University. The RCC shall ensure that all possession, use and
disposition of radiation sources, including sealed sources in instruments and generally licensed
radioactive materials, by University personnel at Florida International University comply with
pertinent federal and state regulations and with the specific conditions of licenses issued to the
University. The RCC shall ensure that all concomitant radiation exposures are maintained As Low
As Reasonably Achievable (ALARA).
Responsibilities and Authority
The RCC develops and promulgates policies, rules and procedures for the safe use of radiation
sources. The RCC has the authority to grant, deny, or withdraw permission for the use of
radioactive materials or any other radiation sources within the University. It is the intent of the
University that no use of radiation proceeds without the knowledge and approval of the Committee.
The directives of the RCC will be carried out by the University Radiation Safety Officer (RSO).
The RSO operates out of the Department of Environmental Health and Safety, which has broad
responsibilities for all safety and occupational health programs on the Florida International
University campuses.
The RCC reports to the University Vice President, Research, who is Chairperson of the RCC. The
Vice President, Research may delegate administrative authority to Director, Environmental Health
& Safety Department for matters related to the routine management of the Radiation Safety
Program.
In its oversight role of the University Radiation Safety Program, the RCC is responsible for the
following:




Developing University policies, procedures, safety manuals, and criteria for training (and
refresher training) and testing of each category of workers involved with the use of
radioactive materials, including ancillary staff, to ensure that the radiation safety program is
properly implemented according to accepted health physics practices. Ancillary staff refers
to any support staff that provide service to areas where radioactive materials are used or
stored, and includes housekeeping, maintenance, security, and receiving personnel.
Reviews emergency response plans, including agreements, if any, with offsite emergency
response agencies,
Reviewing all proposals for radionuclide use and conditions of use, plans for all new
buildings and modifications of existing structures where radioactive material or radiation
producing devices are to be used, as proposed by the Radiation Safety Officer.
Voting to approve, disapprove, or amend proposals.









Ensuring that only qualified individuals are permitted to use radiation sources, or to
supervise such use by others.
Reviewing semi-annual reports from the RSO summarizing radiation surveys, lab
inspections, occupational radiation dose for all personnel working with radioactive materials
and other sources of ionizing radiation, any significant incidents, including spills,
contamination, misadministrations, etc.
Conducting an annual audit of the radiation safety program that includes a review of
documentation and performance required to comply with license conditions, Federal/State of
Florida regulations, and Radiation Control Committee recommendations, and ALARA
program.
Enforcing compliance with the program, including imposition of sanctions for
noncompliance.
Reviewing proposals for vendor services as may be required by license regulations, or
commercial requirements.
Making recommendations on risk management issues related to radiation safety.
Delegating to the Radiation Safety Officer the authority to act for the RCC between
meetings. His/her actions will be reported to the RCC for review at appropriate intervals.
Recommending and implementing procedures for radioactive waste disposal.
Providing advice to research groups, departments and investigators.
RADIATION SAFETY OFFICER (RSO)

Ensure that all radiation related activities comply with the terms and conditions of the
license and the applicable regulations specified in Chapter 64E-5 of the Florida
Administrative Code (F.A.C.).

Provide consultation services to potential authorized users regarding procedures and
practices for the safe use of radiation machines or radioactive materials.

Ensure that radioactive materials are used only by individuals who are authorized by the
license and that all individuals wear required personnel monitoring devices

Ensure that radioactive materials are properly secured against unauthorized access or
removal.

Serve as contact with the authorized users for events such as the loss, theft or damage of
radioactive materials.

Approve all procedures that might involve radiation exposures and all changes in such
procedures.

Ensure that all users read and understand the licensee’s emergency operating and radiation
safety procedures.

Conduct inspections of location and facilities using radioactive materials on a periodic basis.

Provide exposure information to the users including but not limited to an annual exposure
report to each user.

Provide training to individuals who wish to use radioactive materials under the University
Licenses.

Ensure that the sealed sources are leak tested timely and as prescribed by the University
Licenses and that a complete inventory of regulated and generally licensed sources is
maintained.

Maintain a list of employees and students who work with radioactive materials or radiation
producing devices.

Act as liaison for any inspections conducted by the regulatory agencies.

Maintain radionuclide inventory to assure compliance with the license limits.

Maintain all records required by the license and the regulations of chapter 64E-5 F.A.C.
These records shall include personnel monitoring records, survey records, training records
for users, radioactive material inventory (receipt, use, transfer and disposal) records, waste
pick-up and disposal records, planned special exposures records, laboratory audit reports,
generally licensed materials inventory records, sealed Source leak test records, instrument
calibration records, and records of all communication with the State Bureau of Radiation
Control.

Serve as ex-officio member of the Radiation Control Committee.

Submit Semi-annual reports summarizing radiation surveys, lab inspections, occupational
radiation dose for all personnel working with radioactive materials and other sources of
ionizing radiation, any significant incidents, including spills, contamination,
misadministrations, etc.

Perform annual ALARA review and submit to RCC for review.

Arrange for RCC meetings, obtain approval of the RCC for changes in radiation program,
use of radioactive materials, and prepare minutes of the RCC minutes and distribute among
members.

In absence of the Chairperson, RCC and Director Environmental Health and Safety acts on
their behalf for all matters related to the Radiation Safety Program.

Report directly to Director, Environmental Health & Safety and communicate with the Vice
President, Research through the Director.
Termination or Changes in Radiation Projects
The Radiation Safety Officer or Director of Environmental Health Safety have full authority
to close or order evacuation from a laboratory or other facility where release, contamination,
or other incident involving radioactive material is deemed to present a real hazard to persons
who occupy that space. Such actions shall be taken upon prior consultation with the Vice
president, Research.
Appeals
Any individual may submit a written appeal regarding action or decision of the RCC
through the Vice President, Research. A copy of any appeal must be sent to the Director of
Environmental Health & Safety Department simultaneously.
MEMBERSHIP
The maximum size of the voting membership of the RCC shall be twenty (20). Each department
actively using radioactive materials should be represented by at least one member. Qualified
members shall include principal investigators and/or experienced professionals, proficient in the use
and handling of radioactive materials, who are knowledgeable about regulatory compliance and
University policy related to radioactive material use. Representatives of other groups or functions
that affect the effective management of the radiation safety program, e.g. Purchasing, Public Safety
and Work Management may also be appointed as ex-officio members. The current members are
from:
 Applied Research Center
 Biological Sciences
 Biomedical Engineering
 Chemistry
 Civil & Environmental Engineering
 Earth & Environment
 Environmental Health & Safety
 Herbert Wertheim College of Medicine
 Mechanical and Materials Engineering
 Physics, and
 Southeast Environmental Research Center.
Appointment to the committee shall be as follows:
Regular Appointments
Nominations for appointment to Radiation Control Committee shall be directed to the Vice
President for Research via the Radiation Safety Officer. The RCC will evaluate the nominations
and will vote to approve/disapprove the members. The majority vote will prevail.
Unless a member is repeated violator of licensing requirements or leaves the University he/she shall
continue to be a member of the RCC.
The Vice President for Research (or Director, EH&S) will chair the Radiation Control Committee.
Ex-officio members shall be appointed at the discretion of the Vice President for Research or
Director EH&S. The Chief of the Police or one of his/her senior administrators, Director,
Purchasing Department or one of her/his senior administrators and Director, Facilities Management
or one of her/his senior administrators will serve as ex-officio of the RCC. They will be invited to
attend one of the biannual meetings. The ex-officio members will have no voting rights.
Meetings, Agenda, and Quorum
The Committee meets semi-annually, or more frequently, at the discretion of the Chair. A quorum
consists of fifty per cent of the membership, and must include the Chair (or his/her representative),
and the RSO. In order to plan for temporary absences, each Committee member may designate an
alternate. The designee may represent the absent Committee member in all aspects of Committee
participation, and shall have the responsibility and authority to act on behalf of that member. The
designated alternate member should be an active authorized user on one of the University licenses
or an inactive user in good standing. All appointed members present are entitled to vote. Between
meetings, interim decisions may be made by established subcommittees or by a majority of all
voting members via mailed ballot or e-mail. Such decisions shall be ratified by confirmation from
the Chairperson, RCC. The Chair may veto the decision of the committee, if it is determined in
consultation with RSO/Director, EH&S that the decision reached by members is not in the interest
of the Radiation Program or of the University.
The RCC conducts the following activities at its meetings:




Reviews records and reports from the RSO, ALARA program, results of regulator
inspections/audits by RSO and State Bureau of Radiation Control,
Reviews and approves or disapproves authorizations as proposed by the Radiation Safety
Office.
Conducts reviews of compliance with regulations and University procedures, and authorizes
enforcement, if deemed necessary.
Recommends changes in policies and procedures, as appropriate.
Prior to each meeting the RSO will prepare an agenda for the meeting and distribute among the
members. The RSO shall maintain minutes of the meetings. The minutes will include the date of the
meeting, the members present and absent to demonstrate that quorum was present, a summary of the
discussions, recommendations and the results of votes. The RSO will also document the RCC’s
review of new users, uses, and program changes. Minutes will be distributed to members of the
Committee. Additional copies may be distributed to others within the University as determined by
the chairperson or Director EH&S.
Subcommittees
The RCC may establish subcommittees to perform specific functions. Each subcommittee shall
submit a written report of its activities and actions to the RCC in a timely manner. Any authority
granted to a subcommittee is subject to approval for action by the full Committee. Each
subcommittee report accepted by the RCC becomes part of the record filed in the University
Archives.
Code of Conduct
All members of the Radiation Control Committee shall be expected to conduct themselves in a
manner supportive of the policies, operations and initiatives of the committee, and in a manner that
does not improperly interfere with the fulfillment of responsibilities of the RCC.
Appendix 2
OPERATING PROCEDURES FOR REVIEW OF PROPOSALS
A. INTRODUCTION
This document identifies the procedures for the receipt of proposals and protocols by the
Department of Environmental Health & Safety for review by the University Radiation Control
Committee (RCC). All proposals/protocols for authorization for use of radioactive materials and/ or
radiation producing machines for new Principal Investigators or for amendment of radionuclides or
their radioactivity or of radiological facilities must by approved by the RCC and the Florida State
Bureau, as provided in Florida Administrative Code 64E-5.
B. PROCEDURES
PROPOSAL/PROTOCOL REVIEW
General
Principal Investigators (PIs) submit proposal/protocol to the Environmental Health & Safety
Department. The EH&S office forwards the proposal to the University Radiation Safety Officer for
review by the Florida International University RCC. To expedite review it is recommended that an
electronic copy of the proposal/protocol should also be submitted. The Proposal/protocol should
contain complete address, phone and fax number and e-mail address of the PI where he/she can be
reached. The Radiation Safety Office assigns the protocol a sequential number. The number
indicates the year, month, date and the order in which it was received for that year (example, 02-0325-01). The first two digits represent the year, the second two digits the month, the next two digits
the date, and the last two digits indicate the sequential number of the protocol received in that year.
The year, month, date and number are separated by hyphens.
After the protocol has been assigned a number it is entered into the Radiation Safety Office
computer database with pertinent information concerning the protocol and the PI.
The Radiation Safety Officer prescreens proposals/protocols for completeness (qualification,
training and experience of PI, description of the work to be performed, location, lab layout,
engineering and administrative controls, radionuclide, form, radioactivity, purpose for use of
radioactive materials, regulatory content, format, number of copies, etc.). The Radiation Safety
Office will acknowledge receipt of the proposal/protocol and inform the PI of any deviation or
shortcomings in the information provided that may result in the proposal/protocol being returned or
request for additional information from the PI. The proposal/protocol prescreen shall be completed
prior to submitting the proposal/protocol to RCC members. RCC members will review the
proposals/protocols within a specified period. All evaluations received within the specified period
will be considered for approval/disapproval of the proposal/protocol, which will be decided by the
majority vote
Proposals for funding only will not be submitted until funding has been approved.
Proposals involving use of biohazardous or infectious materials shall be submitted to Department of
EH&S prior to submitting to RSO.
Proposal involving use of animals shall be submitted to the Institutional Animal Care and Use
Committee (IACUC) prior to submitting to EH&S.
PROPOSAL/PROTOCOL REVIEW
All proposals for research involving use of radioactive materials shall be reviewed and approved by
the RCC. The RCC shall evaluate all aspects of proposal including but not limited to activity used,
procedures for use, procedures for safety and qualification of applicant.
Expedited Review
A PI may request an expedited (immediate) review of the protocol for such reasons as an impending
grant deadline, work schedule, etc. The Director of Environmental Health and Safety or his/her
designee must agree with the rational and approve the proposal for expedited review.
The RSO will inform the RCC members which proposal/protocol need expedited review.
The expedited review will be completed within 7 working days as follows:
 All expedited proposals/protocols will be prescreened by RSO within 48 hours of direct
receipt.
 RCC members will be asked to review and respond within 48 hours of electronics dispatch.
 RSO will call members to notify them of expedited review request.
 PI must respond to comments within 24 hours of receipt of comments/clarification.
For expedited proposals/protocols evaluators must include the Chairperson or his/her designee and
RSO, and a minimum of two more RCC members.
Members who do not respond to requests sent to them within the specified time will be listed
“unavailable” for the purpose of final protocol approval.
Non-expedited Review
Review of non-expedited proposals/protocols should be completed within three weeks as follows:
 Proposals/protocols will be prescreened by RSO within 5 working days of direct receipt.
 RCC members will be asked to review and respond within 5 working days of electronics
dispatch.
 RSO will call members to notify them of the review request.
 PI must respond to comments within 3 working days of receipt of comments/clarification.
Approval from a minimum of 50% members, which include the Chairperson or his/her designee and
RSO, must be received for non-expedited proposals/protocols.
RCC Members Authorized to Approve the Proposals/Protocols
All voting members of the committee may approve proposals/protocols. However, if a RCC
member is the PI or Co-PI on the proposal/protocol, then their vote is not counted due to a conflict
of interest.
Documentation
The PI will be notified in writing by the Chairperson, RCC or his/her designee or RSO committee’s
decision to approve/disapprove the proposal/protocol. The PI will also be informed about any
restrictions, such as not to order the radionuclude unless final approval is received from the State.
Dissenting views will be documented.
Discussion and vote count shall be recorded as part of the minutes taken for each RCC meeting.
Records of decisions shall be maintained by the Radiation Safety Office.
Appendix 3
FLORIDA INTERNATIONAL UNIVERSITY
ENVIRONMENTAL HEALTH & SAFETY
 348-2621 / 2622
 348-2548
CSC 162
EAS 2701
An ounce of prevention is worth far more than a pound of cure.
FORM RC-1
Training and Experience of Authorized User of Radioactive Materials
Name: _______________________________________________________________________
Department: ________________________________________
Date: __________________
Training and experience (Use supplemental sheets, if necessary)
Type of Training
Where Trained
Duration
of
Training
A Principles and practices of
radiation protection …
B Radioactivity measurement
standardization, monitoring
techniques & instruments…
C Mathematics & calculations
basic to measurement of
radioactivity…
D Biological effects of
radiation…
On the Job
(Circle
answer)
Formal Course
(Circle answer)
Yes
No
Yes
No
Yes
No
Yes
No
Yes
No
Yes
No
Yes
No
Yes
No
Experience with Radiation (Actual use of radioactive materials or equivalent
experience)
Radioactive
Materials
Maximum
Amounts
Where Experience
was gained
Duration of
Experience
Type of Use
Please return completed form to the Department of Environmental Health & Safety: EAS2701
2/01
- Training & Experience in Use of Radioactive Materials EHS-RC-1
RAD/LS/1
“An ounce of prevention is worth far
more than a pound of cure.”
RESEARCH INVOLVING: RADIOACTIVE MATERIALS, RADIATION
RODUCING
MACHINES OR LASERS SAFETY
CLEARANCE
Please complete and submit completed form with your grant proposal to DSRT
Incomplete forms cannot be processed
Use of this form assists the Principal Investigator with identifying prudent practices, regulatory
compliance conditions and University policy associated with the proposed research activity; and in
so doing allows for each PI to include budget line items to satisfy these requirements.
TITLE OF GRANT PROPOSAL:
NAME OF P.I.:
DEPT.
P.I.’S TELEPHONE #:
FAX:
EMAIL:
LOCATION (S) OF WORK:
ANTICIPATED AWARD DATE:
DURATION OF PROJECT:
BRIEF DESCRIPTION OF
THE WORK INVOLVING
RADIOACTIVE
MATERIALS, RADIATION
MACHINES OR LASERS:
Your proposed research involves the use of:
only
 Radioactive Materials: Complete Section 1
 Radiation Machines: Complete Section 2 only
 Lasers: Complete Section 3
only
REQUIRED FOR ALL: Attach a diagram or rough sketch of the floor plan showing the layout and rough
dimensions of the laboratory (s) where work with radiation/laser will be performed or where the materials/devices
will be handled or stored. Also identify the location designated for waste storage, if applicable.
Clearly indicate on your diagram the following: entry and exit ways; air supply and exhaust vents; incubators;
freezers; autoclaves; sinks; eyewash and emergency showers; biosafety cabinets; fume hoods; glove boxes; and
other major laboratory equipment in the laboratory.
SECTION 1: RADIOACTIVE MATERIALS
1. Give the following information about each of the radioactive materials involved in this research
RADIONUCLIDE
WITH ATOMIC
AND MASS
NUMBER
ESTIMATED
ACTIVITY OF
EACH ORDER
EXPECTED
MAXIMUM ONE
TIME AND
ANNUAL
PHYSICAL
FORM (SOLID,
LIQUID OR
GAS)
CHEMICAL COMPOUND
RADIOACTIVITY
YOU PLAN TO
PROCURE
2. Are you currently an Authorized User under the University License for the isotopes that will be
used in this research project? YES 
NO 
If No, please contact the Radiation Safety Officer at (305) 348-0489 to obtain additional
information regarding the requirements for becoming an authorized user.
3. The following is the minimum training required for FIU employees to participate in research
involving radioactive materials. Do all planned researchers have current training in these
areas? (Use of the word researchers includes graduate assistants)
REQUIRED TRAININGS
YES
NO




On-line and hands-on Radiation safety training for
using radioactive materials
Laboratory Safety, Fire Safety and Hazard
Communication
IF NO, HOW MANY REQUIRE
TRAINING?
4. WILL THE LABORATORY OPERATE AT NEGATIVE PRESSURE RELATIVE TO ADJACENT SPACE?
NO 
YES
5. How many air changes per hour will there be in the laboratory?
 1 to 4
 4 to 12
obtain information)
 > 12
(Contact Facilities Management Project Manager to
6. How will the airflow be monitored?
 Differential pressure gauge
 Tissue paper
 Smoke test
 Other method
 No monitoring
7. Will a chemical hood be used?
YES  NO 
8. Will a glove box be used?
YES 
NO 
9. State if any of the following radiation instruments are available.
a.
YES 
Radiation survey meter
NO 
If Yes, Detector Type: __________________________
Radiation and Energy it can detect: _______________
b.
Counting set up
YES 
NO 
If Yes, Detector Type: __________________________

Radiation and Energy it can detect: _______________
c.
Liquid scintillation counter YES 
NO 
d.
Gamma spectrometer
e.
Direct reading dosimeters YES 
f.
Air sampling pump, flow meter, filter holder and filtration media
YES 
NO 
NO 
YES 
NO 
10. Describe the instruments and the detector that will be using for conducting radiation surveys
_______________________________________________________________________________
___
11. Have you made arrangement for back-up survey instrument when your primary instrument(s) is sent
NO 
for calibration?
YES 
12. The following is a list of safety tools typically used in work with radioactive materials:

Plexiglass shield for beta radiation
YES 
NO 
N/A 

Lead shield or other shield (state the material)
YES 
NO 
N/A 

Lead pig
YES 
NO 
N/A 

Lead apron
YES 
NO 
N/A 

Remote tools, such as tongs
YES 
NO 
N/A 

Whole body badge
YES 
NO 
N/A 

Ring badge
YES 
NO 
N/A 

Air filters
YES 
NO 
N/A 

Personal Protective Equipment
YES 
NO 
N/A 
(Lab. coats, gloves, shoe covers, respirators, etc.) Contact the Radiation Safety Officer for
applicable respirator specifications.
13. WILL THIS PROJECT ACTIVITY RESULT IN GENERATION OF BIOHAZARDOUS/BIOMEDICAL/HAZARDOUS
CHEMICAL WASTE CONTAMINATED WITH RADIOACTIVE MATERIALS?
YES  NO 
14. Will you use, study or generate mixed waste?
YES 
NO 
15. What type of and how much quantity of mix waste will be required to be disposed?
_______________________________________________________________________________
16. Have you made budget provision for waste containers, for storage and shipment of both liquid and
solid waste?
YES 
NO 
17. Have you made budget provision for the mixed waste disposal?
(Remember mixed waste disposal is very expensive)
YES 
NO 
N/A 
REMINDER: Identify location of the designated waste storage area on the laboratory floor plan attached.
18. Describe how access will be controlled to areas where radioactive materials will be used?
_______________________________________________________________________________
___
_______________________________________________________________________________
___
_______________________________________________________________________________
___
19. Will the laboratory be locked when no one is present during regular working hours?

YES 
NO
20. Have you made budget provision for the following:
a. Ventilation control and filtration devices:
YES 
NO 
b. Training:
YES 
NO 
c. Instruments:
YES 
NO 
d. Protective and measuring devices:
YES 
NO 
e. Bioassay*:
YES 
NO 
f.
YES 
NO 
YES 
NO 
Waste disposal:
g. Miscellaneous:
(signs, filters, special absorbent papers, etc.)
N/A 
N/A 
N/A 
* Depending upon the type, form and radioactivity and materials you use, and the safety feature in the system
you may be required to submit urine and/or fecal samples for analysis.
SECTION 2: RADIATION PRODUCING MACHINE
1. Please give details of the machine, the type of radiation it produces, energy and the flux. Describe
the safety features (e.g., interlocks) of the system.
_______________________________________________________________________________
___
_______________________________________________________________________________
___
_______________________________________________________________________________
___
2. Are you planning to use X-rays?
YES 
NO 
If yes, please provide the following information:
a. The maximum voltage at which the X-ray tube will be operated: _____________
b. The maximum milliamperes of the beam: _______________
c. The workload (mA.minutes/week): _____________
d. The use factor (fraction of the workload during which the beam is pointed in a particular
direction under consideration: ______________________
e. Occupancy factor: ________________
3. The following is the minimum training required for FIU employees to participate in research
involving radioactive materials. Do all planned researchers have current training in these areas?
(Use of the word researchers includes graduate assistants)
REQUIRED TRAININGS
On-line Radiation Safety Training and
Hands-on Radiation safety training for using
radiation producing machine
YES

NO

IF NO, HOW MANY REQUIRE TRAINING?
4. Do you have or plan to have the following?

Whole body badge
YES 
NO 
N/A 

Ring badge
YES 
NO 
N/A 

NO 
N/A 
Personal Protective Equipment
YES 
(Lab coats, gloves, shoe covers, respirators, etc.) Contact the Radiation Safety Officer for
applicable respirator specifications.
5. Describe how access will be controlled to areas where radiation producing machines are used?
_______________________________________________________________________________
___
_______________________________________________________________________________
___

YES 
7. Have you made budget provision for the following:
a.
Training
YES 
NO 
b.
Instruments
YES 
NO 
c.
Protective and measuring devices
YES 
NO 
d.
Miscellaneous (signs, in use light, etc)
YES 
NO 
N/A 
SECTION 3: LASERS
1. Describe the characteristics of the laser (Class 3R and above) you have or plan to purchase.
a. Laser name and type (e.g., Nd:YAG): _______________
b. Classification (Class IV, 3B, etc.): __________________
c. Wavelength (nm): ____________
d. Beam diameter (mm):___________
e. Beam divergence (mrad): _________________
f.
Continuous wave 
Pulsed 
g. Avg. power (watts): _______________
h. Joules/pulse: ____________________
i.
Pulse Width:_____________________
Q-Switched 
NO
j.
Repetition Freq: _____________ Hz
2. Have all users received training?
YES 
NO 
3. Has the training been documented?
YES 
NO 
4. Has a baseline eye test been performed and recorded for all users?
If No, do you agree to perform before commencing work?
YES 
NO 
YES 
NO 
5. Laser location- Building name/ No. _____________ Room No. _______________
6. Has laboratory been inspected and approved by the University Laser Safety Officer?
NO  If YES, date of inspection: _____________________________
7. Have Administrative and Procedural Controls been developed?
YES 
YES 
NO 
8. Describe how access will be controlled to areas where lasers will be used?
_______________________________________________________________________________
___
_______________________________________________________________________________
___

YES 
NO
10. Have you made budget provision for the following?
a. Engineering controls for laser system
YES 
NO 
b. Engineering controls for other safety systems, including ventilation
YES 
NO 
c. Personal protection, including eye exam and training
YES 
NO 
P.I Signature: __________________________________
_________________________
EH&S INTERNAL USE
EH&S File No: ___________
PROPOSAL NO.
Date Received by
EH&S
REVIEWED BY:
 ACCEPTED AS SUBMITTED
Date:
REVIEWED ON:
____________
REVIEWER INITIALS
 ACCEPTED SUBJECT TO CONDITIONS ____________
REVIEWER INITIALS
Appendix 5
 348-2621 / 2622
CSC 162
Form RC-2
Application for Radionuclide Procurement
TO: UNIVERSITY RADIATION SAFETY OFFICER
1.
Material Requested:
ISOTOPE: __________________ACTIVITY (MILLI CI): ______________
Date needed: ______________
2.
Name of Principal Investigator: _______________________
3.
Location of use: _____________________
4.
 Continuation of current study
 New study (attach a detailed description of project)
Requisition # __________________
5.
Purpose:
____________________________
Signature of Principal Investigator
______________________
Date
Approved By: __________________
Date: _____________________
RSO or Authorized Representative
DATE MATERIAL RECEIVED: ____________________
Please return completed form to the Department of Environmental Health & Safety: CSC 162
2/01
Radioisotope Procurement Application
Appendix 6- RADIOACTIVE MATERIAL USE RECORD
CSC 162
 348-2621 / 2622
www.fiu.edu/~ehs
An ounce of prevention is worth far more than a pound of cure
RADIOACTIVE MATERIAL USE RECORD
Department: ______________________________
LAB LOCATION: ___________
Authorized User: ____________________________
DATE RECEIVED: ___________PURCHASE ORDER #: _____________
Isotope: ________________
Activity: ____________
Activity Disposed: _____________________
Date Disposed: _________________
Disposal Method: ___________________________
Date
Activity
Used
Volume
Used
Activity
Remaining
Volume
Remaining
How Used
(1)
(2)
(3)
(4)
(5)
(6)
Disposal
Activity
SINK
(7)
Disposal
Activity
DRUM
(8)
Disposal
Activity
DECAY
(9)
Instructions for using this form
(1) Date:
each time material from this package is used.
(2) Activity used:
the activity used on the date indicated (may be multiple entries for a given date).
(3) Volume used:
the volume used to obtain the required activity.
(4) Activity remaining: the activity remaining in the container considering decay and previous use.
(5) Volume remaining: the volume of the original material remaining (all transfers and spills must be
documented and reported to CSC 162).
(6) How used:
e.g. IP rat, Sub cue mouse, In vitro, etc.
(7) SINK
the total activity release into sewer system (water soluble only).
(8) DRUM
liquids must be kept in secondary containment like vials, jugs, etc. within the drum.
The drum must be lined with absorbent materials, enough to absorb twice the
amount of liquid present.
(9) DECAY
decay from the previous date is applicable (14C decay is not applicable).
Note: Failure to comply with Radiation Protection Program Regulations may result in accumulation of points
as per the Point System
When the package has been completely used, please return this form to CSC 162, maintain a copy for your record
11/00
- Radioactive Material Use Record EHS-F09
Appendix 7- Radiation Badge Request Form
Application Date: ________________ Panther ID: ____________________ Date of Birth: ___/___/___
Name: ___________________________________
Laboratory Location: _____________________________
Last
First
MI
Building
Room #
Home Address: ______________________________________________________________________
Street Address
City
State
Zip Code
Work Phone: ( ) ___________ Home Phone: ( ) _______________ e-mail: ________________
Type of Dosimeter Required:
Body Badge
1. Have you used radioactive materials before?
Ring Badge (Ring Size:
Yes
No
Small
Medium
Large)
If Yes, Please attach copy of previous occupational exposure record or initial here if exposures were
minimal* ___________ (*annual occupational exposure levels less than those specified in F.A.C. 64E-5.304, i.e.,
total effective dose equivalent: 5 rem; sum of deep dose equivalent and any individual organ dose other than eye lens:
50 rem; Eye lens dose equivalent: 15 rem; skin of the whole body or of any extremity: 50 rem).
2. Are you currently using or have exposures to radioactive materials in non-academic related activities?
No
3. Are you a visiting Authorized User?
Yes
Yes
No
If yes, how long do you expect to be using radioactive materials/radiation devices here at FIU? ________
Please read the following and acknowledge responsibility to comply with the following:
Monitoring
 I agree to return dosimeters to the Radiation Safety Office (Environmental Health & Safety Department) at
CSC 162 by the date established by the Radiation Safety Officer (RSO). _____________ (Initial)
Failure to return dosimeter will incur a cost charged to your PI/department.
Declared Pregnancy
 Florida Administrative Code 64E-5.311 requires implementation of necessary procedures to control
occupational exposure of a declared pregnant woman. I agree that it is my individual
responsibility to make such written declarations to the Radiation Safety Office in a timely manner.
____________ (Initial)
Training
 I agree it is my responsibility to comply with the conditions of the FIU Radiation Safety Manual and to keep
this manual accessible. ___________ (Initial)
Security in Laboratories with Special Hazards – Policy
 I agree to comply with the policy. ___________ (Initial)
Point System Acknowledgment
 I have received, read, and understood the significance of the point system. ___________ (Initial)

 Termination
Florida Administrative Code 64E-5.903 requires that at the time you terminate study/employment with the
University, the RSO provides you with a written report summarizing exposures you may have received during
the course of your study/work with radioactive materials at FIU. This report shall be provided within 30 days
of the RSO’s receipt of notification regarding your student/employment status or within 30 days after the
exposure has been determined, whichever is later. I agree to provide timely notification to the RSO regarding
my separation, and any change in my address and contact information.
I understand and accept responsibility for the consequences of knowingly violating the conditions of
University’s license agreement with the State of Florida as expressed in the FIU Radiation Safety Manual.
Applicant’s Signature: _____________________________________________ Date:
_______________
I approve use of TLD badge service for the above referenced individual. I have made budget provision for the
service.
Principal Investigator: Name_________________________ Signature: ___________ Date:
__________
Appendix 8
CSC 162
 348-2621 / 2622
PREGNANCY DECLARATION BY A PREGNANT WOMAN WORKER
TO BE COMPLETED BY THE WORKER
Worker Name
Badge Number
Social Security Number
Date/Time
Work phone number
Job Title
Employer/Supervisor’s Name
Work Place
DECLARATION
I am voluntarily declaring that l am pregnant, for the purpose of lowering the dose received by
my embryo/fetus. I realize that my job assignment or responsibilities may change due to work
restrictions imposed to ensure that the embryo/fetus radiological dose is maintained within limits
specified in FAC 64E-5.309. I will cooperate with any supplemental radiological monitoring and
dose evaluations that may be required to ensure compliance with FAC 64E-5. The work
restrictions may also apply during the entire gestation time or until I make a formal withdrawal of
my pregnancy declaration. I understand that submitting this pregnancy Declaration Form will in
no way affect my pay, benefits, seniority, or potential for promotion.
Estimated conception date
Estimated delivery date
Worker Signature
TO BE COMPLETED BY FIU SUPERVISOR
Receipt verified by:
Date
Notification made:
RSO
Date:
Signature
Date
Department Head/Program Manager
Worker’s Supervisor
APPENDIX 9
 348-2621 / 2622
CSC 162
WITHDRAWING A PREGNANCY DECLARATION
TO BE COMPLETED BY THE WORKER
Worker Name
Badge Number
Social Security Number
Date/Time
Work phone number
Job Title
Employer/Supervisor’s Name
Work Place
I am voluntarily withdrawing my previous declaration of pregnancy that was executed on date
_____________________. I understand that, as a result of signing and submitting this from, any work
restrictions that have been imposed as a result of the previously submitted Pregnancy Declaration Form
will be lifted.
Worker Signature
TO BE COMPLETED BY FIU SUPERVISOR
Receipt verified by:
Date:
Notification made:
Date
RSO
Department Head/Program
Manager
Worker’s Supervisor
Signature
Appendix 10
ANNUAL LIMITS ON INTAKE (ALI) AND DERIVED AIR CONCENTRATIONS (DAC) OF
RADIONUCLIDES FOR OCCUPATIONAL EXPOSURE; EFFLUENT
CONCENTRATIONS;
CONCENTRATIONS FOR RELEASE TO SANITARY SEWERAGE
"Annual limit on intake" (ALI) means the derived limit for the amount of radioactive material
taken into the body of an adult worker by inhalation or ingestion in a year. ALI is the
smaller value of intake of a given radionuclide in a year by Reference Man that would
result in a committed effective dose equivalent of 5 rem (0.05 sievert) or a committed dose
equivalent of 50 rem (0.5 sievert) to any individual organ or tissue. ALI values for intake by
ingestion and by inhalation of selected radionuclides are given in State of Florida Bureau
of Radiation Control ALIs, DACs, and Effluent Concentrations, July 1993, Table I, Columns
1 and 2 (FAC 64E-5).
"Derived air concentration" (DAC) means the concentration of a given radionuclide in air
which, if breathed by Reference Man for a working year of 2,000 hours under conditions of
light work, results in an intake of one ALI. For purposes of these rules, the condition of light
work is an inhalation rate of 1.2 cubic meters of air per hour for 2,000 hours in a year. DAC
values are given in State of Florida Bureau of Radiation Control ALIs, DACs, and Effluent
Concentrations, July 1993, Table I, Column 3.
Please see pages 1-62, 64E-5 Florida Administrative Code ATT. 1 -- ALIs, DACs &
Effluent Concentration.
Appendix 11 Survey and Monitoring Procedures
METER SURVEY
The meter survey offers a direct measurement of external radiation dose rates enabling
assessments for shielding needs and effectiveness. It is also the quickest and easiest
(though not the most sensitive) method to assess surface contamination on objects such
as lab coats, hands, floors, benches, etc. Compared to a wipe survey, a meter survey
provides increased assurance that contamination "hot spots" will be detected and, unlike a
wipe survey, it can detect total contamination (fixed + removable). A meter survey alone
will not determine if contamination is removable.
PERFORMING THE METER SURVEY
1. Check the meter for proper operation
a. Check the batteries using the self-check function of the meter.
b. Check detector response by exposing the probe to a radiation source. An
intermittent response indicates a damaged probe cable. If no response is observed,
the meter is nonfunctional.
c. Determine that the background count rate is normal (20-50 cpm).
Zero background indicates that the meter is nonfunctional. A high
background indicates contamination of the probe or a meter
malfunction.
d. Background reading must be taken in each room to be surveyed.
e. Preferably use open-end window count rate meter (cpm) than mR/h for survey for
contamination check.
If found to be nonfunctional, immediately label with an "Out of Service" label and contact
University Radiation Safety Officer (305-348-0489) or phone Environmental Health & Safety (305348-2621) for further instruction.
2. Survey all authorized areas as per floor plan. For maximum sensitivity, hold the probe
no more than 1 centimeter from the surface, move the probe slowly (not faster than one
probe width per second), and check for increased count rates.
3. Background count rates will vary by perhaps a factor of 2. A reading exceeds
background when the count rate exceeds twice the background count rate.
4. Mark areas of suspected contamination (use a grease pencil, a non-permanent marker,
tape, etc.). Include the marked areas when performing the wipe survey.
5. Determine counting efficiency of the detection system for the type and energy of
radiation being measured.
Tips:

3

Choose the appropriate probe:
H is the exception for which no ordinary survey meter probe will respond; reliance is
placed on thorough wipe surveys and liquid scintillation counting.
 For beta emitting radionuclides, except 3H, use a thin window GM probe. The
lower detection limit is about 1000 dpm for 14C and 35S and about 200 dpm for 32P.
 For low energy gamma (10 - 100 keV) emitters, use a thin crystal NaI (LEG)
probe. The lower detection limit is about 200 dpm for 125I. GM probes are
inadequate, as the lower detection limit is higher by a factor of more than 10.
 For high-energy gamma (>100 keV) emitters, accompanied by beta radiation, use
a thin window GM probe.
 For high-energy gamma (>100 keV) emitters without beta radiation, use a thick
NaI probe.
 Minimum detection activity limit can be lower when the sample is counted for
longer times in scaler mode (not rate mode).

Meters must be calibrated for each authorized radioisotope.

Be sure not to move the probe too quickly over surfaces. This will obstruct finding
contamination.

Determine the counting efficiency of the instrument by using a calibration standard.

Convert cpm to dpm by dividing cpm by the instrument counting efficiency

Convert dpm to dpm/ 100 cm2 by dividing the obtained dpm by the width of the openend window and multiplying it by 100.
Wipe Survey
The wipe survey is the most sensitive method for determining the amount of removable
contamination. It is the only method for distinguishing removable contamination from fixed
contamination. To perform the wipe survey, follow instructions below:
1. Collect wipe samples
a. Use a 2.5 cm paper filter disk. It may be moistened with distilled water, ethanol or
"decontamination" solution. A dry filter is acceptable, but less sensitive.
b. Wipe areas designated by lab's survey system and any area marked during the
meter survey.
c. Wipe some additional non-use areas, including areas of frequent contact, such as
door knobs, sink handles, light switches, telephones, etc.
d. Wipe an area of approximately 100 cm2.
e. Specify in the record any area(s) wiped which is not indicated on the floor plan.
2. Prepare samples
a. Beta emitters
1. Using tweezers, place filter disk wiped-side up on the bottom of a 20 ml counting
vial.
2. Add 0.5 ml of distilled water.
3. Add five (5) ml of liquid scintillation counter (LSC) cocktail.
4. Mark cap with wipe identification.
5. Repeat steps (1) - (4) for each sample taken.
6. Prepare a control sample using a clean filter and following steps (1) - (4). The
control provides the background count rate.
b. Gamma emitters
1. Using tweezers, place filter disk into a gamma counting vial.
2. Mark vial with wipe identification.
3. Repeat steps (1) - (2) for each sample taken.
4. Prepare a control sample using a clean filter and following steps (1) - (2). The
control provides the background count rate.
3. Count samples
Wipes for monthly surveys shall be counted with the most sensitive instrument available. This is
usually a liquid scintillation counter (LSC) for beta radiation emitters and a gamma counter
(GC) for gamma radiation emitters (with no associated betas).
When the survey is for both beta and gamma, count the filter first in the gamma counter
and then in the LSC.
a. Liquid Scintillation Counter
ALL BETA EMITTERS
1. Count the samples, a control and a standard(s) for at least two (2) minutes each.
2. Results of less than two (2) times background are considered negative. Counts,
which are greater than or equal to two (2) times background are considered positive.
3. Recount the sample(s) with positive results for verification. Some positive results
could be the result of extraneous luminescence.
Tips:
 Factors, such as chemiluminescence and static, can cause false positive results.
 A moist filter improves the survey sensitivity enabling more activity to be transferred.
If a decontamination solution is used, allow any chemiluminescence to dissipate by
storing samples in the dark for at least 2 hours before counting.

Using a larger filter or a mini vial causes the filter to either fold in on itself or attach
itself to the side of the vial. This reduces the counting efficiency, especially for the
lower energy beta emitters.

Dissolvable filters are acceptable.

LSC counting efficiency may be determined by counting filters spotted with a
known activity of a radioisotope in use.
Appendix 12 - Sample Radiation Survey Using Rate Meter
Survey and Wipe records
For ______________
Location
Principal Investigator: ____________________
Background Level: ______________________
Survey Meter used – Meter Serial # ___________
Meter Manufacturer: _______________________
Meter Model: _____________________________
Scintillation Counter # (If used): _______________
A. ACTION LEVELS
20 DPM Alpha/100CM2
500 DPM Beta &Gamma/100 CM2
Daily Survey/Wipe on Days of Use:
Date
Areas Surveyed
Reading
Name
Initials
Name
Initials
Weekly Survey if Radioactive Materials Not Being Used:
Date
Areas Surveyed
Reading
Weekly Wipes: (Measured Using Survey Meter or Scintillation Counter)
Date
Form EHS-SW1
Areas Wiped
Reading
Name
Initials
Appendix 13- Sample Radiation Survey Using Scaler
RADIATION SURVEY: OU 118
ALPHA
Sample Count Gross
Type and Time Total
Location (min) Counts
BETA
Avg. (cpm)
Dpm
Gross
dpm/
Avg. Net
Net
/
Total
100 Location
(cpm) (cpm)
(cpm) 100
Counts
cm2
cm2
10
72
7.2
477
47.7
Wipe 1
6
2
6
3
6
Air Sample 10
36
47
43
73
6
7.83
7.17
7.3
0
0
241
0.63 1.86 270
0
0
304
0.1
500
4.17
45
50.6
50
Bkg
GAMMA
0
0
0
0
2.97 5.98
2.3
Air Activity
Pump
Model
CF-901
Flow rate (lpm)
Sample
Time (min)
8601
132
180
Counter
model
Counter Sr. No.
Meter
Model
Sr. No.
2241-3
142291
34.05
2241-3
1E+05
49.59
2241-3
2E+05
PR 144969
Alpha
43-10
Beta
43-10-4
PR 144761
PR 172188
Gamma
44-2
Surveyor
Name:
4
5
6
6
8
10
ALPHA
Pump Sr. No.
Signature:
Volume
(mL)
23760000
R/h
BETA
Ci/mL
Ci/mL
5.5 E-14 8.70E-13
%
Efficiency Action Level
20 dpm/ 100
cm2
500 dpm/ 100
cm2
1000 R/h
Date
Appendix 14
CSC 162
 348-2621 / 2622
Request for Radioactive Waste Pick-up
Please note that pick-up will not be scheduled if the form is not properly completed.
Principal Investigator: _____________________________________
Ext. ____________
Department: ____________________________________________
Location: ________
Number of Packages/Containers: _______. Do all Packages/Containers have the required labels1:
(If no, please assure that all labels are in place at the time of pick-up)
Yes
No
1. Survey meter Serial No__________ Model No. ________ Manufacturer______________ Background
dose rate
Please complete all the details in the following table:
No.
Year, Location, Type, ID, Isotope,
Activity2
Half-life
of Isotope
Surface
Dose Rate
Quantity
(volume/
weight)
Date
package
sealed
Other hazard 3
(Chemical/ Bio/
None)
Name of
Hazardous
Subsatance4
1
2
Date Pick-up Required: ___________________ Pick-up Location: ____________________
I certify that all information on this form is complete and factual and is an accurate representation
of the waste to be disposed.
Authorized user: Name:_________________________Signature: ________________Date: ____________
To be completed by EH&S:
Date received by EH&S: __________ Reference #: _____________ Actual Pick-up Date: _____________
Picked-up by: ________________ Date of Final Disposal: ______________ Disposed By: _____________
Surface Does Rate at time of final disposal: _____________ Meter Model & Serial No.:
_____________________
1
If labels are not affixed pick-up will not be completed. Affix label only on the external surface of the packing. No
labels inside the packing. 2 Do not mix waste of different isotopes and types (solid or liquid). Enter year (I or II half), lab
#; Solid or liquid, Distinctive # of each type of waste, Isotope and Activity. For example, 2002 (II)-ACII351-Solid-001I125-0.05 mCi or 2002 (II)-ACII351-Liquid-001-I125-0.05 mCi. This information must appear legibly on each waste
package/container.
3
State the hazard (chemical or biomedical, or none, if there is no hazard).
4
Different chemicals should not be packed in the same container
Appendix 15
 348 2621 / 2622
CSC 162
Form RC-2
APPLICATION FOR PURCHASE OF SEALED SOURCE
1. Equipment
EQUIPMENT DESCRIPTION: _____________________________________________
MODEL NUMBER: _________________SERIAL NUMBER: _____________________
ISOTOPE(S) : ___________________ACTIVITY (MCI): ______________
2 Name of Principal Investigator: _______________________________________
Department: ______________________________________________________
Telephone: _______________Fax: ___________Email: ______________
Emergency Contact number: _________________________________________
3. Place of use
BUILDING: ________________ ROOM: ________ CAMPUS: _____________
4. Purpose:  Use in current research
 New research project (attach a detailed description of project)
5. Have P.I. and users received Radiation Safety Training?  YES  NO
If Yes, When and Where: _________________________________
If No, Have arrangements been made to complete training before start of use?
Scheduled training date: ________________
____________________________
______________________
Date
Approved By: __________________
Date: _____________________
1/01
EHS-RC2
Appendix 16
 348-2621 / 2622
CSC 162
Form RC-2
APPLICATION FOR PURCHASE OF RADIATION MACHINE (X-RAY)
1. Equipment
EQUIPMENT DESCRIPTION: _____________________________________________
MODEL NUMBER: _____________________ SERIAL NUMBER: _____________________
MAXIMUM VOLTAGE: _____________KV MAXIMUM CURRENT: _____________ MA
X-ray Equipment when energized:
Leakage radiation at 1 meter from the target: ______________
Maximum exposure rate in accessible area: _______________
2. Name of Principal Investigator: _______________________________________
Department: ______________________________________________________
Telephone: ______________ Fax: _____________Email: ____________________
Emergency Contact number: _________________________________________
3. Place of use
BUILDING: ________________ ROOM: ________ CAMPUS: _____________
4. Purpose:  Use in current research
 New research project (attach a detailed description of project)
5. Have P.I and users received Radiation Safety Training?  YES  NO
If Yes, When and Where: _________________________________
If No, Have arrangements been made to complete training before start of use?
Scheduled training date : ________________
____________________________
______________________
Date
Approved By: __________________
Date: _____________________
1/01
EHS-RC2
Appendix 17
THE RESPIRATORY PROTECTION PROGRAM
STANDARD 29 CFR 1910.134
Occupational exposure to diseases caused by breathing air contaminated with harmful dusts, fogs,
fumes, mists, gases, smokes, sprays, or vapors (called contaminants) can be controlled by adhering
to work procedures established by your department and the Respiratory Protection Standard (The
Standard).
The brochure describes how the responsibilities for the various aspects of compliance are
distributed among various units within the University community and your role as an employee who
may be potentially exposed to airborne contaminants.
The program outlines below has been developed in accordance with 29 CFR 1910.134, and has
been customized to FIU operations. Should you have questions, after reading this brochure, please
contact the Department of Environment Health & Safety at 305 348 2621, we will be happy to assist
you.
YOUR RESPONSIBILITY
Exposure Control Plan for Airborne Contaminants
 As needed, request copy of the University’s Respiratory Protection Program.
 Comply with the provisions of the University’s Respiratory Protection Program.
 See clarification regarding the requirements of The Standard, whenever instructions or
procedures may be unclear.
Exposure Determination
 Notify your department and /or EH&S if job tasks and responsibilities present occupational
exposures/concerns which may have not been addressed under the University’s Exposure
Control Plan.
Engineering and Work Practice Controls
 Be knowledgeable of engineering controls in your department and proper use of these
controls. Do not circumvent these controls.
 Follow established work practice controls to eliminate or minimize occupational exposures.
Personal Protective Equipment (PPE)
 Use appropriate PPE to eliminate or minimize occupational exposures. In addition to a
suitable respirator a suitable PPE (e.g., plastic suit) is required in some cases, e.g. to prevent
absorption of tritiated water vapor through intact skin.
 Learn the proper use, maintenance, limitations and locations of available PPE.
Housekeeping
 Maintain work area in a clean and sanitary condition. Clean the assigned respirator at the
end of each work shift when used and disinfect assigned respirators at least weekly.
 Store respirators in convenient, clean and sanitary locations.
Medical Examination

Ensure that you are medically evaluated prior to fit-testing and initial use of respirator.
Medical evaluation is also required prior to wearing a dust mask
Medical Records
 Advise your supervisor and/or EH&S of any medical condition, which may compromise
with your ability to wear a respirator.
Labels and Signs
 Assure that correct signs and labels are located where required.
 Assure that the respiratory equipment retains proper company supplied labels.
 Check that respiratory equipment that you use is compatible with respiratory area posting.
 Notify your supervisor or EH&S of any concerns regarding appropriate labeling and
signage.
Regulatory Compliance
 Comply with all applicable requirements established under the University’s Respiratory
Protection Program and your Department’s Respiratory Protection Program.
Post Exposure Evaluation and Follow-up
 Immediately report all exposure incidents or any symptoms of illness or health concerns
related to potential over exposure to a hazardous substance to your immediate supervisor
and the Human Resources Department (305 348-2181) at University Park and 305 919-5545
at Biscayne Bay Campus) in order to obtain approval for immediate medical/inhalation
evaluation.
Information and Training
 Attend initial and annual refresher training programs. Training should cover proper use of
respirators and their limitations. You should have knowledge in at least the following items:
 Why the respirator is necessary and how improper fit, use, or maintenance can prevent
proper use?
 Types of respirators- purifying air or supplied air respirators with various - and their uses
 Capabilities and limits of the respirators.
 Effective use in emergency situations.
 How to inspect, put on and remove, check and use the seals?
 Proper maintenance and storage.
 Medical reasons that may limit or prevent effective use.
 General requirements of this standard.
Training Records
 Sign-in when attending training sessions.
 Request proofs of attendance, as needed.
Use of Respirators
 Based on the medical report and respirator fit test you may be authorized to wear a suitable
respirator.
 Use respiratory protection in accordance with the instructions and training provided.
 Be clean shaven in all facial areas that seal to the respirator face piece. You may use half
face respirator, if the there are no facial hair between face and the respirator seal, and if the
protection it provides is adequate for the contaminants in air. For example, a fit-tested half
face air-purifying respirator used in negative pressure mode provides a protection factor of
10 for particulates and can be used when the ambient concentration is up to10-times the
permissible concentration.
 Allow no headpieces, eyeglass frames, band-aids or other items beneath a respirator seal or
head strap assemble. Persons needing corrective lenses can use contact lenses.

Inspect the respirator before use to check that the correct cartridges are in place, adjustable
straps are not broken, the exhalation value is present and intact, the inhalation valves are
present and intact and the plastic lens is not badly scratched or cracked.
 Perform a user seal, negative and positive pressure respirator fit check each time a respirator
is donned.
 Inform your departmental supervisor if the respirator no longer fits well, and request a new
one that fits properly.
 Inform your supervisor or the Program Administrator of any respiratory hazards that are not
adequately addressed in workplace.
 Never use respirator cartridges when contaminants in the air exceed the rating of the
cartridges or in atmosphere containing less than 19.5% oxygen. Self Contained Breathing
Apparatus (SCBA), which are not covered here, are required when concentration of oxygen
is not adequate.
 Never work alone while wearing a respirator. When Self Contained Breathing Apparatus
(SCBA) is worn, at least one standby person, located outside of the hazardous atmosphere
and equipped with an SCBA, shall be in constant attendance, ready to provide immediate
assistance and to call for emergency help, if needed.
Use of Dust Masks
 You may choose to use a dust masks when a respirator is not required. Dust masks are used
primarily as protection against nuisance levels of particulates such as dusts, mists and metal
fumes produced when welding, brazing, cutting or other operation involving heating of
metals. Although qualitative fit-test can be performed it is not required. Dust mask users
may elect to take respirator training course.
 If you elect to wear dust mask, first of all get approval from the program administrator and
authorization from physician or other licensed health care professional (PLCHP).
 Do not use dust masks:
o As protection against harmful gases or vapors.
o As protection against toxic contaminants.
o As protection against high concentration of contaminants (such as those released
during sandblasting).
o In oxygen deficient atmospheres.
Voluntary use of dust masks/respirators
Voluntary use of dust mask, i.e. filtering face pieces, which are provided for comfort when
working outdoors in dusty environments may be allowed. There are no medical limitations on
their use. However, if a tight-fitting negative pressure respirator is used, PLCHP shall determine
that an employee is able to use it. Complete training is not required for employees using
respirators voluntarily.
 Follow all instructions for voluntary use of respirators (Appendix D to the Standard (nonmandatory). These are:
o Read and follow manufacturers instructions for use, maintenance and care, and
warning regarding the respirator limitations.
o Choose NIOSH certified respirator against contaminant of concern. A respirator
designed to filter dust particles will not protect you against gases, vapors or fumes.
o Keep track of your respirator so that you do not mistakenly use someone else’s
respirator.
YOUR DEPARTMENT’S RESPONSIBILTIES
 Formerly designate an individual to be responsible for departmental compliance with the
respiratory protection program standards.
 Develop the Department’s Respiratory Protection Program and update at least annually.
 Comply with provisions of the Respiratory Protection Program Standard.
 Assure employees are aware of the safe procedures appropriate to unique exposures that
may exist in your department.
 As required, assure Department’s Respiratory Protection Program addresses student
exposures to airborne contaminants.
 Develop respirator maintenance procedures and schedule.
 Provide or coordinate to provide full employee training including why the protection is
needed, limitations of respirator, proper fitting, proper maintenance and storage, emergency
procedures, and medical symptoms, which may limit or prevent effective use of the
protection.
 Coordinate with the University Program Administrator on how to address hazards or other
concerns regarding the program.
 Provide EH&S with a copy of your Department’s Respiratory Protection Program
developed for your department’s unique research and academic activities.
 Identify and document job classifications with occupational exposures.
 Inform EH&S of employees with occupational exposures.
Engineering Controls
 Design and implement all feasible engineering controls.
This means that wherever possible, the hazard should be
removed. Removing a potential respiratory hazard could
mean installing or modifying the ventilation system, the
substitution of less toxic materials, and confinement of
operations.
 Institute work practice administrative controls that
eliminate or minimize employee exposure to airborne
contaminants.
Industrial Hygiene Testing
 Arrange for formal industrial hygiene evaluations of the facilities to determine whether there
is any occupational health exposure in excess of current permissible exposure limits. For
exposures being controlled by use of respirators, produce a written respiratory protection
program, which is worksite specific.
 Update the program, as necessary to reflect changes in workplace conditions that may affect
respirator use. Chemical or process change would require additional industrial hygiene
testing to determine new exposure levels.
 Provide appropriate respirators and other PPE for employees with occupational exposures at
no cost to the employees.
 Assure employees use PPE devices as required. Take disciplinary actions where required.
 Assure proper maintenance, use and storage of PPE.
 Assure students are protected appropriately.
 Provide respirators at employees' request or permit employees to use their own respirators, if
it is determined that such use, in itself, will not create a hazard.

Provide the user with information contained in Appendix D of The Standard (29
CFR1910.134), if voluntary use of a respirator is permitted. Ensure that the employee is
medically able to use the respirator and that it is cleaned, stored, and maintained so it does
not present a health hazard to the user. A medical evaluation of all employees voluntary use
tight-fitting negative pressure respirator is necessary, as a provision of the revised standard.
 Provide a powered air purifying respirator or atmosphere-supplying respirator to any
employee found medically unable to wear a negative pressure respirator but otherwise able
to perform the tasks to be done. The physician or other licensed health care professional
(PLHCP) should inform the employer/department that the employee has a medical condition
that may place the employee’s health at an increased risk of material impairment if the
employee uses a negative pressure respirator.
Medical Evaluation
 Provide a medical evaluation at no cost to employee to determine an employee's ability to
use a respirator, before fit testing and use.
 Consult University Program Administrator (EH&S Department) for employees’ medical
evaluation.
 Annual review of medical status is not required
 Must provide additional medical evaluations if:
o Employee reports medical signs or symptoms related to the ability to use a respirator
o Physician, supervisor or program administrator informs the employer that an
employee needs to be reevaluated
o Observations made during fit testing and program evaluation indicate a need
o Changes occur in the workplace, which may substantially increase the physiological
burden on an employee.
Labels and Signs
 Post signs at the entrance to work area where respiratory protection is required.
 Label the PPE appropriately.
 Cooperate with the Department of EH&S to achieve compliance.
 Carry out responsibilities as required by the University’s Respiratory Protection Program
and Federal Occupational Safety and Health Administration (OSHA) Regulations.
 Written Program
The written program must be worksite specific and developed in consultation with
University Program Administrator. The program must contain the following:
 Appointment of program administrator or a person responsible in your department
for the program.
 Specific procedures for respirator selection.
 Medical questionnaires (in consultation with University Respiratory Program
Administrator), worker evaluations, and associated record keeping.
 Fit testing for tight fitting respirators.
 Respirator maintenance procedures and schedule.
 Full employee training including why the protection is needed, limitations of
respirator, proper fitting, proper maintenance and storage, emergency procedures,
and medical symptoms which may limit or prevent effective use of the protection.
 Periodic evaluation of the program.
Selection of Respirators

Select and provide an appropriate respirator based on the respiratory hazards to which the
worker is exposed. This is determined by appropriate industrial hygiene testing in areas
where respirator use is required.
 Select a NIOSH-certified respirator that shall be used in
compliance with the conditions of its certification.
 Identify and evaluate the respiratory hazards in the
workplace. This should include a reasonable estimate of
employee exposures and identification of the contaminant's
chemical makeup and physical form (gases, vapor, dust,
etc.)
 The atmosphere shall be considered Immediately Dangerous
to Life and Health (IDLH) wherever an exposure cannot be
identified or reasonably estimated.
 Select respirators from a sufficient number of models and
sizes so that the respirator is acceptable to, and correctly fits,
the user.
 Respirator should allow the wearer to communicate with other workers to warn them of the
dangers. He/she should be able to do so without yelling or tempting them to remove the
respirator. The speaking should not interfere with the fit of the negative pressure elastomeric
respirator selected.
House keeping
 Ensure that the respirators are cleaned according to mandatory procedures or their equivalents.
Fit Testing
 Fit-test all employees before any respirator with a negative or positive pressure tight-fitting
face piece can be used.
 Fit-test the employee with the same make, model, style, and size of respirator that will be
used.
 A qualified individual or organization should conduct fit testing. Consult University
Respiratory Program Administrator (EH&S) for fit-test. Requirements for fit test are:
o Employees using a tight-fitting face piece respirator must pass an appropriate
qualitative fit test (QLFT) or quantitative fit test (QNFT): prior to initial use;
whenever a different respirator face piece (size, style, make or model) is used; and at
least annually thereafter.
o Additional fit testing must be conducted whenever the employee reports, or the
employer or physician observes changes in the employee's physical condition (facial
scarring, dental changes, cosmetic surgery, or an obvious change in body weight).
Maintenance and Care
 Provide each user with a respirator that is clean, sanitary and in good working order.
Manufacturer's recommendations should be followed. Clean and disinfect at the following
intervals:
o As often as necessary when issued for exclusive use.
o Before being worn by different individuals when issued to more than one employee.
o After each use for emergency respirators and those used in fit testing and training.
CLEANING AND DISINFECTING
 Disassemble respirator, removing any filters, canisters, or cartridges.
o
o
 Wash the face piece and associated parts in mild detergent and warm (43 C or 110 F)
water.
o
 Immerse for two minutes in hypochlorite solution (50 ppm of chlorine) in water at 43 C.




Rinse completely in clean water.
Air dry in clean area.
Reassemble the respirator and replace any defective parts.
Place in a clean, dry plastic bag or other airtight container.
STORAGE
 Store respirators in a manner that protects them from damage, contamination, harmful
environmental conditions and damaging chemicals, prevents deformation of the face piece
and exhalation valve.
 Respirators maintained for emergency use must be kept accessible to work area, be stored in
compartments or covers that are properly marked as containers for emergency respirators
and stored according to manufacturer’s instructions.
Identification of Filters, Cartridges and Canisters
 All filters, cartridges and canisters used in the workplace must be labeled and color-coded with
the National Institute of Occupational Safety and Health (NIOSH) approval label. The label
must not be removed and must remain legible.
Immediately Dangerous to Life and Health (IDLH) procedures
 Contact the University Program Administrator about activities where potential for IDLH
conditions could be present. The respirators used in such conditions shall be:
 A full face piece pressure demand SCBA certified by NIOSH for a minimum service life
of thirty minutes, or
 A combination of full face piece pressure demand supplied air respirator (SAR) with
auxiliary self-contained air supply.
 Respirators provided only for escape from IDLH atmospheres shall be NIOSH-certified
for escape from the atmosphere in which they are used.
Air Quality
 For supplied-air respirators and Self-Contained Breathing Apparatus (SCBA), compressed Gas
Association requirements for Grade D breathing air are described in ANSI/Compressed Gas
Association Commodity Specifications for air, G-7.1-1989. This specification includes the
following:
 Oxygen content (v/v) of 19.5-23.5%
 Hydrocarbon (condensed) content of 5 mg/m3 of air or less
 Carbon monoxide content of 10 ppm or less
 Lack of noticeable odor
Recordkeeping
 Records of medical evaluations must be retained and made available per OSHA 1910.1020
"Access to employee exposure and medical records."
 Records of fit tests must be retained until the next fit test is given.
 A written copy of the current program must be maintained. Written materials required must be
made available upon request to all affected employees and OSHA.
 Assure confidentiality of all information pertaining to employee exposure or health status.
 Retain the records for a period of 30 years after the employee’s employment termination.
Post Exposure and Follow-up

Evaluate University’s/Department’s Respiratory Protection Program to identify
“procedural weakness” that may have caused or contributed to the exposure.
 Complete and submit investigation report to proper authorities (internal and external).
 Implement corrective and required action.
Information and Training
 Facilitate/coordinate training to employees who are required to use respirators.



Arrange for training prior to use, unless another employer has provided acceptable
training within the past twelve months.
Arrange for retraining annually and when there is a change in the workplace or type of
respirator.
Periodically assess adequacy of employees' knowledge or use of respirators and arrange for
adequate training.
 Contact EH&S to provide and/or assist in facilitating training programs.
Voluntary use of Dust Masks/Respirators
You may provide respirators to employees who request them or may allow them to provide their
own respirators for voluntary use. You may also limit or prohibit their use.
There are no medical limitations on the use dust mask, i.e. filtering face pieces.
 If a tight-fitting negative pressure respirator is used, provide some medical evaluation to
determine that a employee is able to use
 Ensure that masks are not dirty or contaminated and their use does not interfere with
employees’ ability to work safely.
 Provide or coordinate to provide general instructions for respirator use. Complete training is
not required for employees using respirators voluntarily.
 Provide employees with the information contained in Appendix D to the Standard.
RESPONSIBILITIES OF THE ENVIRONMENTAL HEALTH &
SAFETY DEPARTMENT
 Develop and implement the University’s Respiratory Protection Program.
 Comply with the provisions of The Standard.
 Serve as custodian of the departmental Respiratory Protection Program submitted by various
departments.
 Consult with departments regarding inhalation exposure control procedures.
 Assure annual updates of department Respiratory Protection Program
 Formerly designate an individual (called administrator) to be responsible for University’s
compliance with the respiratory protection program standard.
Program Administrator
 Oversee the program.
 Be responsible for overall operation of the program.
 Qualify by training and experience to be responsible for the overall management and
administration of the program.
 Maintain integrity of the program through continuous oversight.
 Provide oversight and coordination role between subunits or departments.
 Take assistance of industrial hygienists, safety professionals or respirator experts to help run
the respiratory protection program.
 Promote coordination of all facets of the program.
 Approve training program and provide training.
 Approve fit-test procedures. Conduct qualitative fit-test. Provides guidance in respirator
selection.
 Establish written standard operating procedures (SOP) governing the selection and use of
respirators.



Update written program.
Administrate the medical surveillance program
Assess IDLH conditions and issue respiratory protection requirements and operating
conditions as per 29 CFR 1910.134, The Standard.
 Compile and maintain data on employees with occupational exposures.
Engineering Controls
 Provide guidance and technical assistance for
deapartments in the design and selection of appropriate
engineering and work practice controls.
departments in the selection, use, maintenance and
storage of PPE.
Housekeeping
departments in the development and implementation of appropriate sanitation and
housekeeping procedures so as to reduce exposures
Medical Evaluation
 Identify a physician or other licensed health care professional (PLCHP) to perform medical
evaluations using a medical questionnaire or an initial medical examination that obtains the
same information.
 The medical evaluation must obtain the information requested by the questionnaire in
Sections 1 and 2, Part A of Appendix C. Follow up medical examination is required for any
employee who gives a positive response to questions 1 through 8 in Section 2, Part A of
Appendix C or whose initial medical examination demonstrates the need for a follow up
medical examinations.
Medical Records
 Maintain confidentiality of all information pertaining to employee inhalation exposures and
medical evaluation.
Fit Testing
 Perform fit-test on employee through the respiratory administrator. All employees must be
fit tested before any respirator with a negative or positive pressure tight-fitting face piece
can be used.
 Perform fit-test on employees with the same make, model, style, and size of respirator that
will be used.
Labels and Signs
 Monitor use of appropriate signs and labels.
 Coordinate for appropriate disposal of hazardous materials generated by the departments
University-wide.
 Serve as University liaison with regulatory authorities.
 Promote University compliance with The Standard.
 Provide mechanism through which employees may direct suggestions, complaints, and
concerns regarding the university’s compliance with the respiratory protection plan.
Post Exposure Evaluation and Follow-up
 Conduct post-exposure investigation and document findings.


Review investigation findings and make appropriate recommendations for corrective
action.
Training Records
Maintain a written copy of the Respiratory Protection Program and the OSHA Respiratory
Protection Standard 1910.134.

Compile and maintain training and fit test records for all University departments. Update
the records as new employees and students are trained, as existing employees and students
receive refresher training, and as new fit tests are conducted.

Maintain copies of medical certificates for all employees under the Respiratory
Protection Program.
RESPONSIBILITIES OF THE OFFICE OF HUMAN RESOURCES


 Assure updates to employee position description; include specific reference to requirements
for medical evaluation.
Assure that personnel recruitment procedures include consideration for compliance with The
Standard.
Medical Records
Assure confidentiality of all information pertaining to employee medical records.
The FIU Respiratory Protection Program may be found in the University Safety Guide. If you
do not have a copy of the University Safety Guide, please request one by calling (305) 3482621 or e-mail us at: ehs@fiu.edu.
Appendix 18 - RADIOLOGICAL EMERGENCY PLAN

Purpose
The purpose of this Radiation Emergency Plan is to identify the potential conditions that may result
in release of radioactive materials, and to plan for actions that must be initiated to protect FIU
community and the public from exposures to radiation.
Types of Radiological Emergencies:
Radiation emergency can be on-site affecting personnel and property of the facility where
emergency conditions may exist or off-site affecting public outside the campus. Since FIU is
licensed to possess only small quantity of radioactive materials/ special nuclear materials, a nuclear
criticality accident cannot occur in FIU. Further, because FIU is authorized to possess limited
quantity of radioactive materials, release of significant quantities of radioactive materials affecting
public is not envisioned. Given below are conditions that may result in radiological emergency:
1. Spills of radioactive materials during transfer of solutions from containers, malfunction
of equipment, loss of integrity of a containment, such as glove box or fume hood, etc.
2. Incidents Involving Radioactive Dusts, Mists, Fumes, Organic Vapors, and Gases.
3. Radioactive Material Escape to Public Domain.
4. Accident during Transportation of Radioactive Materials or Wastes.
5. Fires, Explosions, or Major Emergencies in Radiological Laboratories
6. Fatal or critical accidents or injuries occurring on University premises accompanied by
personal radiological contamination of employees, students or visitors.
7. Natural disasters, including storms, floods, hurricanes, or tornadoes affecting
radiological laboratories, and hence impeaching barrier and containment integrity.


Responsibilities of the Head of the Department
Establish written procedures to handle emergencies ranging from a minor spill to a major
accident that may require intervention by University emergency response personnel. These
procedures should include provisions for immediate response, after-hours notification, and
handling of each type of emergency, equipment, and the appropriate roles of users of
radioactive materials and the staff. Except for minor spills or releases of radioactivity that
can be controlled and cleaned up by the user, individual users should have a clear
understanding of their limitations in an emergency, with step-by-step instructions and clear
direction of whom to contact.
Provide radiation safety training to all radiation workers and radiation awareness training to
individuals working in the radiation lab and training to respond in radiation emergencies.








Ensure only authorized persons enter the radioactive use laboratories.
Designate lead persons, such as principal investigators, departmental safety persons who
maintain liaison with department of Environmental Health & Safety.
Conspicuously post name and telephone number of persons to be contacted in emergency,
including those of radiation safety officer (RSO) or an alternate person(s) in areas of use, so
that it is readily available to workers in case of emergencies.
Provide copies of emergency procedures to all users. Post a current copy in each laboratory
or other area where radioactive material is used.
Make emergency response kit available.
Place emergency spill kits strategically in well-marked locations for use by all authorized
users and the radiation safety staff.
Designate persons responsible for inspecting all equipment periodically for proper operation
and replenish, as necessary.
Include the following in spill kits:
— Disposable gloves
— Housekeeping gloves
— Disposable lab coats
— Disposable head coverings
— Disposable shoe covers
— Roll of absorbent paper
— Soap solution
— Masking tape
— Plastic trash bags with twist ties
— “Radioactive Material” labeling tape
— Marking pen
— Pre-strung “Radioactive Material” labeling tags
— Box of Wipes
— Instructions for “Emergency Procedures”
— Clipboard with a copy of the Radioactive Spill Report Form for the facility
— Pencil
— Cordoning tape
— Disposable dust masks
— Flash lights and batteries
— First aid kit
— Utility knife and scissors
— Appropriate survey instruments, including batteries (for survey meters).






Responsibilities of the Principal Investigator
Ensure that you and persons working with you are trained to respond in radiation
emergencies.
Make sure you and persons working with you know where emergency response kit is.
Ensure name and telephone number of persons to be contacted in emergency, including
those of the radiation safety officer (RSO) or an alternate person(s) are conspicuously posted
at the entrance to the laboratory, so that it is readily available to workers in case of
emergencies.
Ensure radioactive laboratories are kept locked.
Ensure security of all radioactive materials, including those in instruments.
Maintain inventory of all radioactive materials.
Responsibilities of the Public Safety Department (UP: 305 348 5911; BBC: 305 919 5911)






Make assessments of the nature and extent of emergency situation or threats of the
emergency to the University and alert the Director of Emergency Operations Center (EMC),
and the departments with the capability to respond.
Coordinate with the various service agencies- EH&S, Fire Department Facilities Operations,
Health Care & Wellness Center, EMC etc.
Collect and transmit relevant information throughout the various phases of an emergency to
emergency-response agencies.
Control access on University premises, preservation of law and order and campus security.
Perform building lock-down procedures as scheduled.
Provide intelligence information on campus conditions to the Director of Emergency
Management Center.
Types of Emergencies and Response
1. Spills of radioactive materials during transfer of solutions from containers,
malfunction of equipment, loss of integrity of a containment, such as glove box or fume
hood, etc.
The decision to implement a major spill procedure instead of a minor spill procedure depends on
many incident specific variables, such as the number of individuals affected; other hazards
present; the likelihood of spread of contamination; and types of surfaces contaminated as well as
the radiotoxicity of the spilled material.
1.1 Minor Spills of Liquids (< 100 microcurie of short-half (<90 days) radionuclides,
volume < 1 liter) and Solids (< 1 microcurie)


Instructions to Workers
— Notify persons in the immediate area that a spill has occurred.
— Ask someone to promptly report the incident to the Radiation Safety Officer (RSO).
— Check radiation level on the spill.
— Do not allow anyone to leave contaminated area without first being monitored to be sure
he/she is not contaminated.
— Wash hands first if they are contaminated as a result of the accident.
— Put on disposable gloves to prevent contamination of the hands.
— Prevent the spread of contamination by covering the spill with absorbent paper. (Paper
should be dampened if solids are spilled.)
— Carefully fold the absorbent paper with the clean side out and place in a plastic bag for
transfer to a radioactive waste container. Put contaminated gloves and any other
contaminated disposable material in the bag.
— Clean the spill from the periphery and work inward.
— Be careful not to track contamination out of the spill area
— Survey the area with an appropriate low-range radiation detector survey meter or other
appropriate technique. Check the area around the spill for contamination.
— Mark off contaminated area with chalk, marker, rope, etc., and restrict traffic to that
area.
— After cleaning the spill start decontamination. Start at the periphery of the contaminated
area and work inward, reducing systematically the contaminated area.
— Use survey meter or wipe tests to monitor effectiveness of decontamination procedure.
— Check hands, clothing, and shoes for contamination. Check persons in the lab for
contamination.
— Allow no one to return to work in the area unless approved by the RSO.
— Follow the instructions of the RSO and/or the RSO’s staff (e.g., investigation of root
cause, decontamination techniques, surveys, provision of bioassay samples, requested
documentation).
Responsibility of the RSO
— Assess the status of contamination and radiation levels.
— Follow up on the decontamination activities and document the results.
— Survey and clear the area if the contamination is within the limits, otherwise advise
further decontamination.
— As appropriate, determine cause and corrective actions needed. Document the incident
along with contacts of the persons involved. Consider bioassays, if there is a potential
for internal contamination.



1.2 Major Spills of Liquids and Solids
— Check radiation level on the spill.
— Cover your nose and mouth with kerchief or dust mask, to prevent inhalation exposures
if the material can potentially become airborne.
— Prevent the spread of contamination by covering the spill with absorbent paper (paper
should be dampened, if solids are spilled), but do not attempt to clean it up. To prevent
the spread of contamination, limit the movement of all personnel who may be
contaminated.
— Shield the source only if it can be done without further contamination or significant
increase in radiation exposure.
— Request facility management/facility operations to turn off fans, ventilators or air
conditioners that supply air to other areas. Direct exhaust ventilation should be left on.
— If appropriate, survey all persons not involved in the spill and vacate the room.
— Close the room and lock or otherwise secure the area to prevent entry. Post the room
with a sign to warn anyone trying to enter that a spill of radioactive material has
occurred.
— Decontaminate contaminated personnel by removing contaminated clothing and flushing
contaminated skin with lukewarm water and then washing with a mild soap.
— Check Personal Monitoring devices (TLDs) are free from contamination. Seal
contaminated TLDs in plastic bag.
— Follow instructions of the RSO and/or the RSO’s staff for spill clean up and area
decontamination, surveys, bioassay samples, etc.
— Cooperate with the RSO and/or the RSO’s staff for investigation of root cause, and
needed documentation and data.

— Assess the status of contamination and radiation levels.
— Provide guidance for decontamination. If decontamination of personnel was not fully
successful, consider inducing perspiration by covering the area with plastic. Then wash
the affected area again to remove any contamination that was released by the
perspiration.
— Provide guidance regarding spill control and decontamination so that normal activities
can resume in the area as soon as possible.
— Take charge of contaminated TLDs. Note down their IDs. These will record high doses.
Decontaminate TLDs if possible. Send these for urgent processing.
— Document the information about contamination and location, and results of personal,
equipment and area decontamination, and radiation surveys.
— Collect nasal swabs and count to check for potential inhalation exposures.
— Determine cause and needed corrective actions; consider need for bioassays, if licensed
material is suspected ingested, inhaled, or absorbed through or injected under the skin.
— Notify the Director EH&S and Radiation Control Committee.
— Notify the State Bureau of Radiation Control, as appropriate.
2. Incidents Involving Radioactive Dusts, Mists, Fumes, Organic Vapors, and Gases
 Instructions to Workers
— Notify all personnel to vacate the room immediately. Vacate the room. Seal the area, if
possible.
— Notify the RSO immediately.
— Survey all persons who could have possibly been contaminated.
— Decontaminate as directed by the RSO.
— Isolate the adjacent corridor against traffic and spectators.
— Promptly report suspected inhalations and ingestions of licensed material to the RSO.
— Decontaminate the area only when advised and/or supervised by the RSO.
— Cooperate with the RSO and/or the RSO’s staff (e.g., investigation of root cause,
provision of requested bioassay samples).
— Follow the instructions of the RSO and/or the RSO’s staff (e.g., decontamination
techniques, surveys, provision and collection of bioassay samples, requested
documentation).

— Assess the status of contamination and radiation levels
— Familiarize with the incident, and assess the likely consequence, such as contamination
of personnel, equipment and areas.
— Perform air sample surveys in the area. These are needed to determine the magnitude of
the airborne releases and potential inhalation by workers. These are also needed before
permitting resumption of work with licensed materials.
— Supervise decontamination activities.
— Collect nasal swabs and count to check for potential inhalation exposures.
— Document the information about the incident. Determine cause.
— Determine corrective actions needed. Consider need for bioassays/whole body count if
licensed material is suspected ingested, inhaled, or absorbed through or injected under
the skin. Document incident.
— Notify the State Bureau of Radiation Control, if necessary.
3. Radioactive Material Escape to Public Domain
All persons (including FIU personnel) who are not occupationally employed to work with
radioactive materials or equipment producing radiation are considered members of the public. Such
persons are regulated by radiation dose limits applicable to the members of the public. All areas
outside the radiological laboratories are considered public domain.
Radioactive material may find its way to the public domain under following conditions:
3.1 Major breach of the integrity of the container of radioactive materials and that of containment
structure or of process piping and spreading of spill to areas outside the radiological laboratory.
3.2 Falling of radioactive waste container or radioisotope from vehicle while being transported from
one building to another.
3.3 Theft of a radioactive material from a facility or from an instrument and intentionally left in a
strategic place exposing personnel to radiation.
3.1 Major breach of the integrity of the container of radioactive materials and that of
containment structure or of process piping and spreading of spill to areas outside the
radiological laboratory
— Cordon off the area and label cordon “Radioactive Material Stay Away”.
— Use dust mask/respirator, if the spill is major or has dry powder.
— Prevent the spread of contamination by covering the spill with absorbent paper.
— Cover the contaminated soil with a moist paper towel. Put on disposable mask. Scoop
the contaminated soil and collect in a bag.
— After cleaning the spill start decontamination. Start at the periphery of the contaminated
area and work inward, reducing systematically the contaminated area. Remove more
soil, if needed.
— Check hands, clothing, and shoes for contamination.
cause, decontamination techniques, surveys, provision of bioassay samples, requested
documentation).

— Follow up on the decontamination activities and document the results. Ensure that the
area and persons are free from contamination.
— Survey and clear the area if the contamination is within free release limits, otherwise
advise further decontamination.
— As appropriate, determine cause and corrective actions needed.
— Consider bioassays, if there is a potential for internal contamination.
3.2 Falling of radioactive waste container or radioisotope from vehicle while being
transported from one building to another
According to radiation safety procedures for transportation of radioactive materials, all radioactive
materials will be carried out in the University vehicle and that these materials will be secured in the
vehicle so that they do not move or fall off from the vehicle. All radioactive materials, except those
in equipment, shall be transported by the RSO or in the presence of the RSO. For transport of
radioactive materials in the equipment complete the property control transfer/pick up form and
check box for radioactive materials. Property control will coordinate with the RSO for transfer. If
the radioactive material container happens to fall from the vehicle and breaks so that its contents are
spilled out, follow the instructions in section 3.1. The RSO assumes duties of both worker and the
RSO when he/she is transporting radioactive materials.
3.3 Theft of a radioactive material from a facility or from an instrument and intentionally left
in a strategic place exposing personnel to radiation


The best way to prevent loss of materials is by 1) keeping the radiological laboratories
locked all times, 2) issuing laboratories keys only to the authorized users, 3) maintaining access
control record (name, time in, time out, purpose) of the persons, 4) installing sensitive radiation
monitoring instruments at the laboratory exit, keeping ‘on’ and hooking the radiation alarm to the
department’s office, and 5) installing surveillance cameras. Because the quantities of radioactive
materials in use or likely to be used in near foreseeable future are small steps 4) and 5) are not
warranted. Radioactive material may be stolen if steps 1 to 3 are not followed.

If a radioactive material is removed from an equipment and finds its way to the public
domain, it may not be possible to detect loss of material by surveying the equipment because the
source in the equipment is either an alpha or a beta emitter or is adequately shielded, if gamma
emitter, and the radiation level on the instrument even with the source in place is close to the
ambient background level. If the source, which is stolen and brought to a public place, is an alpha or
beta emitter, radiation exposure of the public will be insignificant. Gamma sources, such as Cs-137
(used in humidity density probe or for instrument calibration) or Co-60 or Ir-192, depending on
radioactivity can result in external exposures of some personnel. Loss of a source from radiography
camera can be detected if periodic inventory is performed. FIU has an agreement with the Florida
Department of Health under which FIU shall perform monthly inventory of all sealed sources in
instruments. Sources in equipment usually have only a few millicurie of activity. FIU does not
possess radiography cameras, which usually have multi curie radioactivity. It has a maximum of <6
mCi of Cs-137 radioactivity in a humidity density probe. If this source is stolen and is left in
someone’s drawer, the person will be exposed at the rate of approximately 10 mrem/hour, assuming
he or she is at a distance of 1.5 feet from the source. The dose rate will be less if the distance from
the source is more. Assuming that a person is exposed 50% of the working time his/her annual
exposure will be ~10 rem. This is higher than annual exposure limits for occupational workers,
additional radiation related risk being 0.006 per year or 0.05, if the exposure continues to 10 years.
Such an extreme situation cannot arise because loss of the source will be detected during monthly
inventory, routine radiation surveys and 6-monthly leak tests on the sealed sources, even if these
sources are not regularly utilized for the studies for which they were procured.
4. Accident during Transportation of Radioactive Materials or Wastes

Radioactive materials purchased by various authorized users are first received in the
Radiation Safety Office. The University Radiation Safety Officer (RSO) delivers these materials to
the authorized users in the University vehicle. The RSO also picks up radioactive wastes from
different facilities and brings to the University Radioactive Waste Storage Facility (OE-150).
During the transportation an accident may take place resulting in integrity breach of the container of
radioactive material or of the waste resulting in spill of the radioactive waste material,
contamination of the university vehicle, university or public road and contamination of
vehicles/personnel involved in the accident. The accident may also cause body injury to the RSO or
other persons. In case of physical injury, medical attention and hospitalization shall take
precedence over decontamination concerns. The RSO shall provide guidance to prevent spread
of contamination without sacrificing medical needed attention. To manage contamination the RSO
should be equipped with:
— Emergency spill kit in the University vehicle, as described for use by departments, and
— 4 water bottles (300 mL)
— Wipe paper for smear samples; wipe paper or Q tips for nasal swabs
— Envelopes for sample collection
— Air sampler and filter papers (air samples will be collected only for indoor emergency)
— Cellular phone to call for help
— List of personnel to be contacted in emergency and their phone numbers

Responsibilities of the RSO
— Cordon off the area where spill has occurred.
— Prevent the spread of contamination by covering the spill with absorbent paper. (Paper
should be dampened if solids are spilled.)
— Clean up the spill, wearing disposable gloves and using absorbent paper.
appropriate technique. Check the area around the spill for contamination. Also check
hands, clothing, and shoes for contamination.
— Be careful not to track contamination out of the spill area.
— Decontaminate the area using small quantity of water and soap.
— Check for contamination.
— Check persons for contamination.
— Provide help with personal decontamination.
— Document the incident, persons/vehicle involved with their phone numbers,
contamination levels, decontamination efforts and actions taken.
— Call for help, if necessary or if you are not fit to perform your duties.
— Notify the State Bureau of Radiation Control, as appropriate.
5. Fires, Explosions, or Major Emergencies in Radiological Laboratories
5.1 Minor Fires
— Initiate fire alarm on Fire alarm notifier.
— Notify all persons present to vacate the area and have one individual immediately call
the Public Safety department x 5911 or 75911, RSO (x 70489) and Fire Prevention
Officer (FPO) at 70490.
— Immediately attempt to put out the fire by approved methods (e.g., fire extinguisher) if
other fire hazards or radiation hazards are not present. If you attempt to fight a fire, do
not do so alone, get help and never allow the fire to block your path of exit from the area
or the building. Never compromise your safety in order to control a fire.
— To use a Fire Extinguisher
 Pull the pin
 Aim the extinguisher nozzle at the base of the flames
 Squeeze the handle while holding the fire extinguisher upright
 Sweep the extinguisher nozzle from side to side, covering the fuel with the
extinguishing agent.
— Once the fire is out, isolate the area to prevent the spread of possible contamination.
— Survey all persons involved in combating the fire for possible contamination.
— Decontaminate personnel by removing contaminated clothing and flushing contaminated
skin with lukewarm water, then washing with a mild soap.
— In consultation with the RSO, determine a plan of decontamination and the types of
protective devices and survey equipment that will be necessary to decontaminate the
area.
cause decontamination techniques, surveys, provision of bioassay samples, requested
documentation, etc.).

Instructions to Public Safety Personnel
— Follow instructions of the RSO for radiation safety and ensure that the fire has been
completely extinguished.


Instructions to Fire Protection Officer
— Follow instructions of the RSO for radiation safety.
— Investigate cause of the fire. Investigate cause of the fire.
— Bring to the attention of University community the cause of the fire and remedial
measures to prevent fires.
— Supervise the decontamination activities.
— If decontamination of personnel was not fully successful, consider inducing perspiration
by covering the area with plastic. Then wash the affected area again to remove any
contamination that was released by the perspiration.
— Consult with fire safety officials to assure that there are no other possibilities of another
fire starting.
— Determine cause and needed corrective actions; consider need for bioassays if licensed
material is suspected ingested, inhaled, or absorbed through or injected under the skin.
Document the incident.
5.2 Major Fires, Explosions, or Major Emergencies
— Notify all persons in the area to leave immediately.
— Lift cover of Fire alarm Notifier and initiate fire alarm
— Notify the Public Safety department at x 5911 or 75911.
— Notify the RSO (70489), FPO (70490) and other facility safety personnel and EH&S
safety personnel (72621, 76971), if hazardous materials are handled in the area.
— Provide information about the radioactive materials to public safety personnel, where the
radioactive materials are currently being stored or being used, and the best possible
entrance route to the radiation area, as well as any precautions to avoid exposure or risk
of creating radioactive contamination by use of high pressure water, etc. Also provide
information whether the materials involved in the fire could be radioactive and/or
hazardous, and the precaution to be taken.
— Cooperate with the RSO and/or the RSO’s staff (e.g., investigation of root cause,
provision of requested bioassay samples).
— Follow the instructions of the RSO and/or the RSO’s staff (e.g., decontamination
techniques, surveys, provision of bioassay samples, requested documentation).



— Make sure all persons who do not have any tasks to perform vacate the area and that
passages are free of obstructions.
— Cooperate with Miami-Dade fire staff in extinguishing fire
— Follow instructions of the RSO for radiation safety and extinguish fire as soon as
possible.
— Follow instructions of the RSO for radiation safety.
— Investigate cause of the fire.
— Bring to the attention of University community the cause of the fire and remedial
measures to prevent fires.
— Coordinate activities with facility’s safety personnel, FPO and with public safety
personnel.
— Consult with the firefighting personnel and set up a controlled area where the firefighters
can be surveyed for contamination of their protective clothing and equipment after the
fire is extinguished.
— Once the fire is extinguished, advise that no body should enter potentially contaminated
areas or areas where radioactive and/hazardous materials may be present until a
thorough evaluation and survey are performed by RSO and Haz Mat Unit to determine
the extent of the damage to the materials and areas.
— Perform thorough contamination surveys of the firefighters and their equipment, and
supervise decontamination, if there is contamination on persons or equipment.
— Collect air samples and count for radioactivity.
— Collect nasal swabs of persons and count the samples to check for potential inhalation
exposures.
— Consider bioassays if licensed material is suspected ingested, inhaled, or absorbed
through or injected under the skin. Collect names and phone numbers of all persons who
are involved in the incident or helped in fire incident
— Document the incident.
5.3 Fire in an Exit Light Containing Radioactive Material
Light sources containing radioactive materials are designed and tested for thermal shock, pressure,
impact resistance and temperature to prevent their damage. Although it is recognized that the
possibility of fire or explosion exists in many areas where light sources are used, light sources,
because of their inherent characteristics, cannot always be constructed so as to completely resist the
effects of fire or explosion. All light sources containing radioactive materials should have radiation
symbols. Instructions should be posted on the sources to contact public safety and RSO in an
event these catch fire.

Instructions to Persons who see light sources on fire
— Vacate the area.
— Lift cover of Fire alarm Notifier. Push in and pull down the handle of fire the alarm.
— Contact Public Safety (x 5911 or 75911), RSO (70489) and FPO (70490).
— Request facility management to shut off fans, ventilators, or air conditioners that
circulate air to other areas. Direct exhaust ventilation should be left on.

— Make sure all persons who do not have any tasks to perform vacate the area and that
passages are free of obstructions.
— Follow instructions of the RSO for radiation safety and extinguish fire as soon as
possible.

— Follow instructions of the RSO for radiation safety
— Investigate cause of the fire

— Coordinate activities with public safety personnel.
— Set up a controlled area where the firefighters can be surveyed for contamination of their
protective clothing and equipment after the fire is extinguished. The exit signs contain
tritium gas. Tritium gas will not show any contamination on the clothing. Further,
tritium is a low energy beta. Usually liquid scintillation counter is the instrument used
for its counting.
— Ventilate the area to reduce tritium concentration.
— Collect names and phone numbers of all persons who are involved in the incident or
helped in fire incident
— Document incident.
6. Fatal or critical accidents or injuries occurring on University premises accompanied by
personal radiological contamination of employees, students or visitors.


— Contact Public Safety at x5911 (305-348-5911) to request medical assistance. In all
cases of physical injury medical attention and hospitalization take precedence over
contamination concerns.
— Evacuate personnel and if possible segregate them. Determine medical status of involved
personnel.
— Remove all personnel dosimeters and/or TLD badges from exposed personnel. Read
dosimeters and record the reading. Send dosimeters and TLDs badges immediately to
safe area.
— Notify Emergency Director who will then activate emergency plan.
— Notify the RSO.
 Evaluate situation and personnel in regard to:
o Personnel medical status in consultation with Public Safety. Medical attention takes
priority.
o Current environmental status
o Extent of contamination
o Nature and level of radiation exposure (external, internal)
 Close off radiation area.
 Notify the Director EH&S
— Save all samples of clothing, blood, urine, stool, vomitus. Label with name, date, time.
— Send TLDs for emergency processing.
— If medical condition permits, perform preliminary decontamination before releasing
patients to hospitals.
— Use portable battery operated tape recorders for collecting and storing information and
for obtaining complete history of the accident. It is often difficult to record all of the
events, opinions and statements in an emergency situation. The taped records can be
typed later, thus providing a more complete history of the accident.
— Use a video camera, if available. It will be an excellent method of showing what
happened. If a video camera is not available, suitable still photographs will be useful.
— Collect names and phone numbers of all persons who are involved in the incident or
helped in fire incident.
— Notify the Radiation Control Committee.
7. Natural disasters, including storms, floods, hurricanes, or tornadoes, affecting
radiological laboratories, and hence impeaching barrier and containment integrity
Storms, foods, hurricane and tornados can cause extensive damage to property. Damage to the
structure (ceiling, walls, etc.), accompanied by damage to containment (fume hood, glove box) and
radioactive material container may expose the radioactive material. This may lead to spillage of the
material into the fume hood or glove box. The spill may spread to lab floor and other areas. It may
also be mixed with rain water, if the lab is flooded.

— Secure the radioactive material prior to occurrence of an event. Provide soft packing
surrounded by shield around so that when a heavy structure falls on the source vial or the
source container, the container is not breached.
— If the spill does occur, notify persons in the area, if any one is around. It is important to
retrieve the material in as short time as possible and comply with instructions regarding
natural disaster emergency.
— Notify the public safety.
— Report the incident to the RSO and Director of Emergency Operations (DEO) promptly.
Follow the instructions of the DEO.
— Request facility management to shut off fans, ventilators, or air conditioners that
circulate air to other areas. Direct exhaust ventilation should be left on
appropriate technique. Also check the area around the spill for contamination.
— Try to retrieve the source with mechanical tools, such as long tongs, small pumps
without exposing hands to radiation.
— Follow the spill procedures, if the situation permits.
— Prevent the spread of contamination by covering the spill with absorbent paper.

— Clean the spill from the periphery and work inward.
— Check the persons for contamination.
— Decontaminate the area, only if the situation permits
— Check hands, clothing, and shoes for contamination.
— Follow up on the decontamination activities and document the results.
— Document the incident along with contacts of the persons involved.
— If the situation permits: survey and clear the area if the contamination is within the
limits, otherwise advise further decontamination.
— As appropriate, determine cause and corrective actions needed. Consider bioassays, if
there is a potential for internal contamination.
Decontamination methods
Decontaminate personnel by removing contaminated clothing and flushing contaminated
skin with lukewarm water and then washing with mild soap. If contamination remains,
induce perspiration by covering the area with plastic. Wash the affected area again to
remove any contamination that was released by the perspiration.
Given below are some of the decontamination agents for personnel, area or and equipment
decontamination:
— Dilute soap solution
— Solution of EDTA in water
— Mixture of 1 part vinegar and 4 parts water. It works great on P-32 and C-14 compounds
in general.
— 409
— Windex
— Dawn dishwashing liquid with water
Point System - Revision 1
Description:
To ensure that the University complies with the State Bureau of Radiation Control Regulations
regarding the use of radioactive materials, all authorized users are required to comply with the
University’s radiation protection program. Table 1 (Revision 1) of this document lists 22 noncompliance issues for which an authorized user can accumulate points.
Consequence of the Points Accumulated:




When an authorized user accumulates 5 points he/she will be notified of the points
accumulated with a copy to the department chair. The authorized should post notice of
violations in a visible location. Not posting notice of violation will be considered as
violation.
The authorized user will be given an opportunity to remove points by undergoing additional
training.
A maximum of 5 points accrued can be removed over a 3 year period from additional
training. The remaining points stay on for 3 years. To remove any point written appeal must
be submitted to the Vice President for Research (see section reinstating an authorized user).
If an authorized user accumulates 10 points or more over an academic year (July 1 to June
30) and/or 20 points over 3 consecutive academic years his/her privilege to work with
radioactive materials will be withdrawn within a week, via a memorandum with a copy to
Department Chair, Director EH&S, and Chairperson, Radiation Control Committee.
Reinstating an Authorized User
An authorized user whose privileges to work with radioactive materials were withdrawn must:
 Acknowledge the receipt of notice from the Committee/ RSO on behalf of the Committee
within 10 days of receipt.
 Post copy of the notice at a visible location in his/her laboratory.
 Suspend work with radioactive materials within the time specified in the notice.
 May request Director Environmental Health & Safety for extending the date of suspension
of work with radioactive materials to enable him/her to complete the work in progress.
 Submit written Appeal to the Vice President for Research with copy to the Director EH&S
and the RSO stating the corrective measures with dates of completion that he/she plans to
implement to prevent recurrence of non-compliances and request for removing the points.
 The Vice President for Research in consultation with Director EH&S, decides whether to
remove the points, if so how many for which years and responds to the authorized user with
copy to the Director EH&S, the RSO and the department chair.
Custody of Radioactive Materials
If privileges to work with radioactive materials of an authorized user are withdrawn and an
appeal to reinstate is rejected by the Vice President, the RSO will do the following:
 Inform the authorized user, the department chair and the department Representative to
the Committee of the decision.
 The department chair and Representative and the RSO will discuss appointment of an
alternate authorized user in the department who will take custody of the radioactive
materials. The Representative and the RSO will work together to assure expedited
training or authorization for the alternate user, if required.

The alternate user will take control of all radioactive materials and comply with the
approved procedures.
The implementation date for the Point System - Revision 1 is September 01, 2010
) - POINTS FOR NON-COMPLIANCES AND RECURRENCE OF NON-COMPLIANCES (VIOLATIONS)
On
Due
Date
Points for Noncompliance
30 Days
After
Due
Date
90 Days
After
Due
Date
1
2
1 Time
Violation
2 Times
Violation
3 Times
Violation
Recurrence
n-compliance*
not attended
not attended
propriate protective dress (lab
feet, etc.)
while working with radioactive
5
8
10
1
3
5
1
3
5
1
5
2
8
3
10
not performed/incomplete
ntory of RAM
ntory of generally licensed
2
2
2
4
4
4
6
6
6
ng/drinking, including candy
ontainer
nt procedure not followed
e not stored/labeled properly
10 Ci contamination on surface
s like table top, hood. Example
loor) not reported RSO
3
6
10
1
2
3
5
3
6
8
4
10
knowledgment receipt) not
1
calibrated/repaired
missing/inadequate/misused
ons working with radioactive
1
2
4
2
Total Points
for the
Violation
Category
17. Rad lab relocation to authorized area without
RSO consent
18. Rad lab relocation to authorized area without
decontaminating previous lab
19. Lab security inadequate/lab left unlocked and
unattended
20. Warning letter not posted (for a minimum of 5
working days, or until action correcting the violation
has been completed, whichever is later).
21. An authorized user must designate an alternate
who will perform his/her duties in his/her absence
22. Schedule inspection of the lab
5
5
5
Automatic
suspension
Automatic
suspension
8
1
1
3
5
2
4
6 **
* List not exhaustive. Other instances of non-compliance can exist.
** Automatic suspension if radioactive materials/ wastes are used/ stored and inspection is not performed in 6 months.
Point System Revision 1 Acknowledgment Statement

I hereby certify that I have submitted my request to become an authorized user of radioactive
materials on FIU radioactive material license # 3669-1. I hereby certify that
______________________, the Radiation Safety Officer has explained to me importance of the
point system.

I hereby certify that I am an authorized user of radioactive materials on FIU radioactive material
license # 3669-1. __________________________, the Radiation Control Committee member
from our department / _____________________, the Radiation Safety Officer has explained to
me importance of the point system.
I have received, read, and understood the significance of the point system Revision 1. Failure to comply
with the radiation program rules and regulations may result in my accumulating enough points and may
result in withdrawal of my privileges to work with radioactive materials.
Name: ______________________________ Signature _______________ Date _____________
Department: ______________________________________________

Please complete as applicable
Forward to: University Radiation Safety Officer, EH&S, CSC 162
CSC162
01/2013
 (305) 348-2621 / 2622 Fax: (305) 348-3574
www.fiu.edu/~ehs
EHS-F68
Page 64 of 64

APPENDICIES A 1 –

Transcription

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